Typically most test applications involve powering up a DUT with a power supply and taking measurements from it with an external data logger - you’ll need just ONE instrument to do both of those functions with the E36300 Triple Output Bench Power Supply.

Typically, different external shunts are required to measure low or high range current. In order to make testing more convenient to user, we have developed the E36300 Triple Output Bench Power Supply that is capable of sourcing and sensing both low and high range current. Let’s see how this works through a quick demonstration via battery charging.

Learn how the E36300 Triple Output Bench Power Supply was designed for the highest reliability and quiet operation. The linear design and ample filtering create low noise on the output. Each output is completely independent and can be connected in parallel or serial to provide higher current or voltage. Internal relays simplify the setup of auto-parallel and auto-series modes. Relays are also used to switch between 2 and 4 wire measurements. The Bench Power supply is built around a single processor which provides fast response to the front panel and over the USB and LAN interface.

This video covers how to test coherent digital signal processors. Through using an arbitrary waveform generator, together with optical modulation generation software, the video shows how to generate waveforms in real-time and change the properties of the signals generated at run-time to test coherent DSPs.

This video will illustrate how to characterize PAM-4 signals described in standards such as IEEE 802.3bs (200G/400G Ethernet) and the Optical Internetworking Forum-Common Electrical Interface–56G implementation agreement (CEI-56G-XX-PAM4), using the Keysight N109X DCA-M Series of Oscilloscopes.

Learn how to use an arbitrary waveform generator and scopes to measure and analyze PAM-4 signals. Elements include transitioning from NRZ to PAM-4 signals, influencing the shape of the eye and the resulting spectral behavior, adding distortions to see receiver response, adding pre-distortion, and embedding your channel.

The spec for PCIe 4.0 (gen4) is not finalized, but testing is still required. See a demonstration of a test solution on an Analog Bits half power SERDES running at 16 Gb/s to help get your PCIe gen4 device running. Calibrated stressed output, ISI, and jitter tolerance tests ready for PCIe 4.0.